private byte NowAck = 0; //当前ACK应答值
public MainWindow()
{
InitializeComponent();
baseFrame = new RTUFrame(downComputeAddress, (byte)FunEnum.None);
downComputeSampleData = new List <SampleDataBase>();
sampleData = new SampleDataBase(sampleLen, "原始采样数据");
downComputeSampleData.Add(sampleData);
realCalArray = new List <double>();
realCalArray.Add(0);
realCalArray.Add(1);
realCalArray.Add(2);
realCalArray.Add(3);
realCalArray.Add(4);
//曲线显示与转换
setHezhaPhase.TextChanged += setHezhaPhase_TextChanged;
PlotSineWave();
jiaoDuRadio.IsChecked = true;
NowAck = 0; //初始化为0
}
private void SaveDataToFile(SampleDataBase rawData, string path)
{
//此方法是每次获取后立刻写入磁盘文件，亦可以考虑先保存数据待全部接收完毕，一起写入磁盘文件。
//文件名
FileStream saveFileStream = new FileStream(path, FileMode.Create,
FileAccess.ReadWrite, FileShare.ReadWrite);
StreamWriter charStream = new StreamWriter(saveFileStream);
int len = rawData.RawData.Length;
for (int i = 0; i < len; i += 2)
{
var str = (rawData.RawData[i] + rawData.RawData[i + 1] * 256).ToString();
charStream.WriteLine(str);
}
if (realCalArray.Count > 0)
{
foreach (var ele in realCalArray)
{
charStream.WriteLine(ele.ToString());
}
}
charStream.Flush();
charStream.Close();
}
private void zvdRaio_Checked(object sender, RoutedEventArgs e)
{
sampleLen = 128 * 10 * 2;
if (downComputeSampleData != null)
{
downComputeSampleData.Remove(sampleData);
sampleData = new SampleDataBase(sampleLen, "原始采样数据");
downComputeSampleData.Add(sampleData);
}
}
private void fftRadioButton_Click(object sender, RoutedEventArgs e)
{
sampleLen = 128 * 2;
if (downComputeSampleData != null)
{
downComputeSampleData.Remove(sampleData);
sampleData = new SampleDataBase(sampleLen, "原始采样数据");
downComputeSampleData.Add(sampleData);
}
}
public List <SampleDataBase> RawData; //集合
public SampDataType(int len)
{
RawMainVolatageA = new SampleDataBase(len); //主回路A相电压
RawMainVolatageB = new SampleDataBase(len); //主回路B相电压
RawMainVolatageC = new SampleDataBase(len); //主回路C相电压
RawMainCurrentA = new SampleDataBase(len); //主回路A相电流
RawMainCurrentB = new SampleDataBase(len); //主回路B相电流
RawMainCurrentC = new SampleDataBase(len); //主回路C相电流
RawMainDuankouVolatageA = new SampleDataBase(len); //主回路A相断口电压
RawMainDuankouVolatageB = new SampleDataBase(len); //主回路B相断口电压
RawMainDuankouVolatageC = new SampleDataBase(len); //主回路C相断口电压
RawXianquanCurrent = new SampleDataBase(len); //线圈电流A
RawJiasuduA = new SampleDataBase(len); //A相 加速度
RawJiasuduB = new SampleDataBase(len); //B相 加速度
RawJiasuduC = new SampleDataBase(len); //C相 加速度
RawLineA = new SampleDataBase(len); //A相 位移
RawLineB = new SampleDataBase(len); //B相 位移
RawLineC = new SampleDataBase(len); //C相 位移
RawData = new List <SampleDataBase>();
RawData.Add(RawXianquanCurrent);
RawData.Add(RawMainDuankouVolatageA);
RawData.Add(RawMainDuankouVolatageB);
RawData.Add(RawMainDuankouVolatageC);
RawData.Add(RawMainCurrentA);
RawData.Add(RawMainCurrentB);
RawData.Add(RawMainCurrentC);
//仅仅用到以上七组
RawData.Add(RawMainVolatageA);
RawData.Add(RawMainVolatageB);
RawData.Add(RawMainVolatageC);
RawData.Add(RawJiasuduA);
RawData.Add(RawJiasuduB);
RawData.Add(RawJiasuduC);
RawData.Add(RawLineA);
RawData.Add(RawLineB);
RawData.Add(RawLineC);
}